Core Viewpoint - Huazhong Automotive (06830) experienced a nearly 12% increase in stock price, reaching HKD 0.255, following a strategic partnership announcement with Moli Technology focused on AI and robotics applications [1] Group 1: Company Overview - Huazhong Automotive specializes in automotive interior and exterior components as well as body structure parts, and is a publicly listed company under Ningbo Huaxiang Group [1] - Moli Technology is an AI technology enterprise concentrating on algorithm research and applications in robotic vision, position control, force control, and intelligent end-effectors [1] Group 2: Strategic Partnership - The strategic cooperation signing ceremony took place in Xiangshan, Ningbo, where both companies committed to deep collaboration in four key areas: AI empowerment, embodied robotics applications, dexterous hand development, and lightweight material innovation [1] - The partnership aims to drive industrial upgrades through technological innovation [1]

Core Viewpoint - Huazhong Automotive (06830) shares rose nearly 12% in early trading, currently up 11.84% at HKD 0.255, following a strategic cooperation signing ceremony with Moli Technology in Ningbo Xiangshan, focusing on AI empowerment and robotics applications [1] Company Overview - Huazhong Automotive specializes in automotive interior and exterior components as well as body structure parts, and is a Hong Kong-listed company under Ningbo Huaxiang Group (002048) [1] - Moli Technology is an AI technology enterprise focusing on algorithm research and applications in robotic vision, position control, force control, and intelligent end-effectors, having developed various robots including inspection, ironing, polishing, and assembly robots [1] Strategic Cooperation - The collaboration between Huazhong Automotive and Moli Technology will concentrate on four key areas: AI empowerment, embodied robotics applications, dexterous hand development, and lightweight material innovation, aiming to drive industrial upgrades through technological innovation [1]